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PARK, CHAN EON(박찬언)

Department: Dept. of Chemical Enginrg(화학공학과)

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THINFILM TRANSISTORS:42||FIELDEFFECT TRANSISTORS:35||PERFORMANCE:34||MOBILITY:27||SEMICONDUCTORS:26||MORPHOLOGY:21||CONJUGATED POLYMERS:17||POLYMERS:17||PENTACENE:15||adhesion strength:11||BLENDS:11||DESIGN:10||POLYMER:10||DERIVATIVES:10||EFFICIENCY:10||TRANSPORT:10||HIGHMOBILITY:10||BEHAVIOR:9||SOLARCELLS:9||FILMS:9||HIGHPERFORMANCE:9||STABILITY:8||ADHESION:8||SELFASSEMBLED MONOLAYERS:8||OPENCIRCUIT VOLTAGE:8||COPOLYMERS:8||DEVICES:8||ENDCAPPED OLIGOMERS:7||WATER:7||COPOLYMER:7||CHARGETRANSPORT:6||polyimide:6||POLYETHYLENE:6||POLYSTYRENE:6||PHOTOVOLTAIC CELLS:6||ORGANIC TRANSISTORS:6||MECHANISMS:6||INTERFACES:6||surface rearrangement:6||organic fieldeffect transistors:6||ACCEPTOR:6||conjugated polymers:5||POWER CONVERSION EFFICIENCY:5||SOLVENT:5||pentacene:5||ORGANIC SEMICONDUCTORS:5||CIRCUITS:5||GROWTH:5||SURFACE:5||ELECTRONICS:5||PHOTOVOLTAIC PROPERTIES:4||TOUGHENING MECHANISMS:4||epoxy resin:4||GATE DIELECTRICS:4||LOWBANDGAP POLYMER:4||plasma treatment:4||EFFICIENT:4||conjugated polymer:4||GATEDIELECTRICS:4||SURFACE MODIFICATION:4||plasma:4||POLYMER SOLARCELLS:4||XPS:4||INTERFACE:4||POLY(3HEXYLTHIOPHENE):4||GASDIFFUSION BARRIERS:4||DONOR:4||HETEROJUNCTION SOLARCELLS:4||copper:4||POLYMER BLENDS:4||POLYMERIZATION:4||DIKETOPYRROLOPYRROLE:4||POLYTHIOPHENE:4||morphology:3||NETWORKS:3||HIGHPERFORMANCE SEMICONDUCTORS:3||KINETICS:3||POLYIMIDE:3||Mobility:3||BENZODITHIOPHENE:3||ORGANIC SEMICONDUCTOR:3||solar cells:3||LAYER:3||organic thin film transistor:3||COPPER:3||BLOCK COPOLYMERS:3||LIGHTEMITTINGDIODES:3||Xray diffraction:3||INSULATORS:3||AROMATIC POLYIMIDES:3||SOLUBILIZATION:3||PHASE:3||THIOPHENE:3||ENERGY:3||PRECURSOR:3||MODEL:3||FABRICATION:3||crystallinity:3||poly(imidesiloxane):3||UNSATURATED POLYESTER:3||LOWBANDGAP POLYMERS:3||PURITY:3||ELECTRON:3||AIR:3||CELLS:3||phase separation:3||Organic thinfilm transistors:3||mobility:3||aging:3||TETRAFUNCTIONAL EPOXYRESINS:3||BLUE:3||semiconductors:3||thin films:3||synthesis:3||XRAYSCATTERING:3||MECHANICALPROPERTIES:3||ELECTRONIC TRANSPORT:3||PHOTOVOLTAIC DEVICES:3||CHARGECARRIER MOBILITY:3||OLIGOMERS:3||DEPENDENCE:3||LIQUID POLYURETHANE RUBBER:3||POLY(ETHER SULFONE):3||FLUORENE:3||POLYAMIDES:2||oxygen plasma:2||ZnO:2||NANOTUBES:2||RAY PHOTOELECTRONSPECTROSCOPY:2||COPOLYMER HOMOPOLYMER BLENDS:2||thiophene:2||NANOCOMPOSITES:2||Organic photovoltaic cell:2||SPECTROSCOPY:2||CONTACTANGLE:2||poly(amic acid) precursor:2||POLYMERFILMS:2||charge transfer:2||DIELECTRICS:2||OTFT:2||CONVERSION EFFICIENCY:2||polymers:2||fluorene:2||PERMEATION:2||transistors:2||ATOMIC LAYER DEPOSITION:2||styreneacrylonitrile copolymer:2||REGIOREGULAR POLY(3HEXYLTHIOPHENE):2||photopatternable:2||residual stress:2||bulk heterojunction:2||ENHANCEMENT:2||ORGANIC SOLARCELLS:2||conducting polymers:2||semiconductor:2||THIOPHENE COPOLYMERS:2||CHARGE NEUTRALITY LEVEL:2||GOLD:2||COLORLESS POLYIMIDES:2||HOLEINJECTION BARRIER:2||Organic semiconductor:2||PMMA:2||CHAIN ORIENTATION:2||BLOCK COPOLYMERS:2||MULTICOMPONENT POLYMER SYSTEMS:2||NIZN FERRITES:2||cyanate ester:2||BENZOTHIADIAZOLE:2||organic solar cells:2||Crystallinity:2||spincoating:2||charge transport:2||OLIGOTHIOPHENES:2||OFET:2||DISPLAYS:2||MONOLAYER:2||FUNCTIONALIZED ACENES:2||toughening:2||CONTACT:2||REACTIVE COMPATIBILIZATION:2||ORIENTATION:2||FILM:2||SIDECHAINS:2||P3HT:2||SENSOR:2||INDIUMTINOXIDE:2||TEMPERATURE:2||CYCLIZATION:2||Asymmetric anthracene derivatives:2||Solutionprocessing:2||MOLECULES:2||SEMICONDUCTING POLYMERS:2||ANTHRADITHIOPHENE:2||PYROMELLITIC DIANHYDRIDE:2||SELENOPHENE:2||ELECTROLUMINESCENT DEVICES:2||Sonogashira coupling:2||Semiconductor:2||THINFILMS:2||environmental stress cracking:2||contact resistance:2||METAL:2||POLYALICYCLIC STRUCTURE:2||ACENES:2||fluorescence:2||ROUGHNESS:2||Anthracene:2||DISPERSION:2||argon:2||HYDROPHOBIC RECOVERY:2||poly(propylenegraftacrylic acid):2||ANISOTROPY:2||LOWDENSITY POLYETHYLENE:2||poly(ethyleneranacrylic acid):2||SPINODAL DECOMPOSITION:2||organic photovoltaics:2||SIDECHAIN:2||Phase separation:2||POLYTHIOPHENES:2||TANDEM POLYMER:2||CONJUGATED COPOLYMERS:2||POLY(3ALKYLTHIOPHENES):2||SMALLMOLECULE:2||Absorption:2||triazole:2||BENZOTRIAZOLE:2||OXIDE:2||INTEGRATEDCIRCUITS:2||LARGEAREA:2||DYNAMICS:2||crosslinking:2||lowdensity polyethylene:2||birefringence:2||POLYIMIDE FILMS:2||INPLANE ORIENTATION:2||solar cell:2||MONOLAYERS:2||ORDER:2||Hole Injection Layer:2||TRANSISTORS:2||organic thinfilm transistors:2||DIODES:2||dithienothiophene:2||REGIOREGULARITY:2||POLY(ETHYLENETEREPHTHALATE):2||ELECTRODES:2||SURFACES:2||MWNT:2||oxygen:2||poly(methyl methacrylate):2||imidization:2||ORGANOSILICATE DIELECTRIC FILMS:2||polysulfone:2||viscosity:2||Photovoltaics:2||thermal stress:2||RESIDUALSTRESS:2||DIPOLE FORMATION:2||DEEP HOMO LEVEL:1||small molecules:1||benzothiadiazole:1||thermal annealing:1||Interaction:1||THINFILMTRANSISTORS:1||bias stress:1||SURFACEENERGY:1||Organic Light Emitting Diode:1||crosscoupling:1||BULK:1||Small molecule semiconductor:1||gatebias stabilities:1||fluorinated polymers:1||optoelectronics:1||INTERPENETRATING NETWORK:1||polymer solar cells:1||Organic solar cells:1||additive effects:1||evaporation rates:1||donoracceptor systems:1||1:1||BANDGAP POLYMER:1||AlOx:1||longterm air stability:1||highperformance polymers:1||naphthodithiophene:1||NAPHTHODITHIOPHENE:1||UNITS:1||Thermionic Emission:1||ANODE:1||EXCITON DISSOCIATION:1||Anthracene Derivatives:1||barrier property enhancement:1||AL2O3:1||solutioncrystallization:1||etextiles:1||SOLUBILITY:1||copper oxide:1||weak boundary layer:1||BARRIER:1||benzimidazole ring:1||oxidative polymerization:1||trap:1||roughness of gate dielectric:1||source/drain electrode:1||nType organic fieldeffect transistor:1||Organicinorganic hybrid transistor:1||Amorphous polymeric semiconductor:1||FIELDEMISSION:1||Xshaped conjugated molecules:1||PENTACENE TRANSISTORS:1||PHOTOCONDUCTIVITY:1||LEVEL:1||ORGANICSOLVENT:1||CARRIER MOBILITY:1||polyisoimide:1||INHIBITION:1||TREATED SILICONERUBBER:1||aging rate:1||2,3/5,6DIANHYDRIDES:1||leadframe:1||particle size:1||polyethylene:1||domain size:1||INTERFACIALTENSION:1||TOUGHENED ALIPHATIC POLYAMIDES:1||deformation mechanism:1||impact strength:1||TRANSITIONS:1||surface modification:1||thermal stability:1||nonisothermal crystallization:1||2,7Carbazole:1||organic lightemitting diodes:1||IMPEDANCE SPECTROSCOPY:1||ENHANCED PHOTOVOLTAIC PERFORMANCE:1||energy conversion:1||organic photovoltaic cell:1||ANTHRACENE:1||nanolamination:1||work function:1||Organic fieldeffect transistor (OFET):1||NANOPARTICLES:1||Benzothiadiazole derivative:1||AMORPHOUS POLYMER:1||electronwithdrawing cyanogroups:1||Turn on Voltage:1||Solubility:1||Endgroup:1||SILICON:1||BACKBONE CURVATURE:1||Conjugated polymer:1||selenophene:1||QUATERTHIOPHENES:1||OLEDs:1||VOLTAGE:1||Gas barrier:1||protective interlayer:1||passivation:1||annealing:1||evaporationinduced selfassembly:1||bendingstability:1||FIBERS:1||crystallization:1||Benzothiadiazole:1||EFFECT MOBILITY:1||COLLOIDAL DISPERSIONS:1||HYBRID:1||MONTMORILLONITE:1||CORROSION INHIBITOR:1||chromated steel:1||friction coefficient:1||electrodes:1||nanocomposite:1||single wall carbon nanotube:1||POLYPYRROLE:1||injection barrier:1||polymer dielectrics:1||hysteresis:1||crystalline:1||ENERGYLEVEL ALIGNMENT:1||Organic solar cell:1||solutionprocessable:1||DIELECTRIC ROUGHNESS:1||DEPENDENT ELECTRON:1||HETEROJUNCTION:1||fieldeffect transistor:1||multiwalled carbon nanotube:1||inverter:1||OXIDATION:1||CORROSION:1||aging effect:1||SILICONERUBBER:1||attenuated total reflectance Fourier transform infrared spectroscopy (ATRFTIR):1||ETHER BENZIMIDAZOLE):1||reactive compatibility:1||AMORPHOUS POLYMERS:1||EXPANSION COEFFICIENT:1||GROWTH KINETICS:1||FRACTURE:1||aluminum substrate:1||INITIALSTAGES:1||NYLON6,6:1||nylon6/polystyrene blend:1||MODIFIED EPOXIES:1||nanocomposites:1||polycarbonate:1||SMECTIC PHASE:1||POLYFLUORENES:1||migration:1||adhesion and aging:1||amineterminated poly(dimethyl siloxane):1||aromatic copolyesters:1||3,6Carbazole:1||ORGANIC PHOTOVOLTAIC APPLICATIONS:1||AGGREGATION:1||DENSITY:1||PHOTOVOLTAIC PERFORMANCE:1||BLEND MORPHOLOGY:1||C6 INJECTION:1||ENDCAPPED ANTHRACENE:1||flexible device:1||GAS:1||charge trapping:1||Polymeric solar cell:1||MOLECULAR MATERIALS:1||NONGEMINATE RECOMBINATION:1||PTCDI:1||ENHANCED PERFORMANCE:1||MOLECULARSTRUCTURE:1||CHAIN:1||POLYMER SEMICONDUCTORS:1||RECOMBINATION:1||Polymer solar cells:1||Weakdonor unit:1||aggregation:1||Organic Semiconductor:1||McMurry coupling:1||PASSIVATION LAYER:1||silicon monoxide (SiO):1||dipcoating:1||CARRIER TRANSPORT:1||ETEXTILES:1||Low bandgap:1||ORGANIC PHOTOVOLTAICS:1||dialkoxynaphthalene:1||reactive endcapper:1||MECHANISM:1||acrylic urethane:1||poly(ethylene terephthalate:1||compatibilizer:1||organic transistor:1||UPS:1||GIXD:1||selfassembled monolayer:1||POLYFLUORENE:1||EVAPORATED PENTACENE:1||Source/drain electrodes:1||Ambipolar thinfilm transistor:1||FUNCTIONALIZATION:1||Thermal stability:1||anthracenes:1||Titanium oxide:1||CM(2)/VS:1||Polythiophene:1||polythiophene:1||carrier mobility:1||H2O:1||PEDOT: PSS:1||TRANSPARENT CONDUCTING FILMS:1||POLYMER SURFACES:1||adhesion:1||PACKAGES:1||ACID):1||refractive index:1||COATINGS:1||CRAZES:1||surface energy:1||MORPHOLOGY DEVELOPMENT:1||fracture toughness:1||endsulfonated polystyrene:1||fracture:1||NANOSIZED PARTICLES:1||zeta potential:1||triisopropylsilylethynyl pentacene (TIPSPEN):1||GATE INSULATORS:1||nanowire:1||orientation:1||nucleation:1||gammaAPS:1||PHOTOVOLTAICS:1||plasmaenhanced atomic layer deposition (PEALD):1||chemical vapor deposition:1||carbonylated thieno[3,4b]thiophene:1||dialkoxy naphthalene:1||Ethanol sensor:1||SENSITIVITY:1||alkoxy naphthalene derivative:1||morphology control:1||BENZODITHIOPHENE UNIT:1||TRANSISTOR:1||SEPARATION:1||ICFPAM2013:1||Processing additive:1||photovoltaic polymer:1||noncovalent coulomb interaction:1||Strongacceptor unit:1||OLED passivation:1||VAPOR:1||Morphology:1||organic light emitting diodes (OLEDs):1||thin film encapsulation:1||LIGHTEMITTING DEVICES:1||soluble acenes:1||thinfilms:1||donoracceptor copolymer:1||photovoltaic solar cell:1||CHEMICAL POLYMERIZATION:1||SILICATES:1||wax:1||soluble polyimides:1||SCATTERING:1||gold:1||organic thinfilm transistor (OTFT):1||spin coating:1||SINGLECRYSTAL:1||ATOMICFORCE MICROSCOPY:1||Electron acceptor:1||Pentacene:1||STATES:1||COMPLEMENTARY INVERTERS:1||ETHYLENE:1||EXCITON DIFFUSION LENGTH:1||ABSORPTION:1||Dielectric layer:1||PLASTIC TRANSISTORS:1||Passivation:1||composite film:1||POLYPROPYLENE SURFACES:1||ARGON PLASMA:1||intrinsic stress:1||surface treatment:1||polystyrene:1||ESCA:1||POLYETHYLENE POLYSTYRENE BLENDS:1||reactive compatibilization:1||local molecular order:1||PLASTICDEFORMATION:1||POLYMER INTERFACES:1||polyimides:1||molecular orientation:1||REVERSE MICELLES:1||OPTICALPROPERTIES:1||POLYPROPYLENE:1||fouling:1||SELFORGANIZATION:1||poly(3,6dihexyl[2,2 &apos:1||SENSITIZATION:1||CDS:1||aluminum:1||NONISOTHERMAL CRYSTALLIZATION:1||DSC:1||photovoltaic devices:1||TRIETHYLSILYLETHYNYLANTHRADITHIOPHENE:1||conducting materials:1||encapsulation:1||organic thin film transistor (OTFT):1||LOWVOLTAGE:1||PASSIVATION:1||organic complementary inverters:1||organic fieldeffect transistor (OFET):1||gate dielectric:1||PENDANT ACCEPTOR GROUPS:1||NEUTRAL PRECURSORS:1||FLUORINE SUBSTITUENTS:1||alkynes:1||conjugation:1||HIGH FILL FACTORS:1||nanoscale morphology:1||SYSTEM:1||SURFACE VISCOELASTICITY:1||Bulk heterojunction morphology:1||END:1||bulk heterojunction solar cells:1||extended conjugation:1||Solution processing:1||Organic Thin Film Transistor (OTFT):1||Mixed Solvent:1||Fused Acene:1||SEMICONDUCTOR:1||Charge Transport:1||SolutionProcessing:1||Organic ThinFilm Transistors:1||STRATEGY:1||lowvoltage:1||LOWTEMPERATURE:1||TRANSPORTPROPERTIES:1||CRYSTALSTRUCTURE:1||NPHENYLNADIMIDE:1||ANILINE:1||POLYMER MELT INTERCALATION:1||GLASSYPOLYMERS:1||actuator:1||high performance polymer:1||CRYSTAL:1||PHOTOEMISSION:1||ACTIVE LAYER:1||carbon nanotube:1||Conductive polymer:1||POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||Complementarylike inverter:1||Oxide semiconductor:1||METHANOFULLERENE:1||NETWORK:1||photophysics:1||Solar cell:1||Carbon nanotube:1||PSS FILMS:1||meltcrystallization:1||GLOWDISCHARGE:1||POLY(ETHYLENE) SURFACES:1||toughening behaviour:1||PARTICLES:1||SIZE:1||KNITLINES:1||functional group content:1||cyanated polysulfone:1||POLYETHERIMIDE:1||compatibility:1||IONIC INTERACTIONS:1||POLYAMIDE BLENDS:1||polyimide films:1||ELASTOMERMODIFIED EPOXIES:1||DEFORMATION:1||diallylterephthalate resin:1||crosslinks:1||INSITU:1||MICROREACTORS:1||MODIFIED POLY(METHYL METHACRYLATE):1||polysulfone ultrafiltration membrane:1||selforganization:1||CdSe:1||lamination:1||materials science:1||EXTENDED PICONJUGATION:1||SEMICONDUCTOR THINFILMS:1||HOLE MOBILITY:1||electrohydrodynamic printing:1||ELECTRICALPROPERTIES:1||LOWBANDGAP:1||absorption:1||Conjugated core modification:1||Electronegativity:1||OPTICAL SPACER:1||high boiling points:1||4diketopyrrolo[3:1||NAPHTHALENE:1||Organic fieldeffect transistors:1||Suzuki Coupling:1||INSTABILITY:1||metallic fiber:1||Alkoxynaphthalene:1||polymer solar cell:1||polybenzimidazole:1||Cuazole complex:1||moisture absorption:1||mechanical property:1||OFETs:1||ORGANIC ELECTRONIC DEVICES:1||GRAINSIZE:1||NORBORNENE:1||Liquid crystallinity:1||Thin film transistor:1||PHOTOCURRENT:1||SWCNT:1||TFT:1||Polymer semiconductor:1||OFET, SAM:1||organic held effect transistor:1||Multiwalled carbon nanotube:1||SMALL BANDGAP:1||ACTIVE LAYER MORPHOLOGY:1||grain boundary:1||AZOLE COMPOUNDS:1||HDPE:1||angleresolved XPS:1||diffusion coefficient:1||OXYGENPLASMA:1||ENHANCED RAMANSCATTERING:1||leadonchip packaging:1||THERMALEXPANSION COEFFICIENT:1||INTEGRATED OPTICAL TECHNIQUES:1||TREATED POLYETHYLENE:1||TOUGHNESS:1||XRAY REFLECTIVITY:1||oxygenplasma:1||ABSORPTION SPECTROSCOPY NEXAFS:1||SURFACEANALYSIS:1||crystallizationassisting layer:1||]bi[thieno[3,2b]thiophene]) (PDHTT):1||air stability:1||MEMORY CHARACTERISTICS:1||ELECTRONTRANSPORT:1||SEMICONDUCTOR NANOCRYSTALS:1||JOINTS:1||contact angle hysteresis:1||ETHER:1||REALTIME:1||peel strength:1||SMALL MOLECULES:1||MOLECULE:1||TiO2:1||NANOFIBERS:1||Ester end group:1||Simulation:1||fluorinated polymide:1||Triarylaminebased alternating copolymer:1||ELECTROLUMINESCENT PROPERTIES:1||Stability:1||THRESHOLD VOLTAGE SHIFTS:1||pchannel organic semiconductors:1||4c]pyrrole:1||Inorganic/organic multilayer:1||lifetimes:1||oligothiophenes:1||FACILE:1||pType charge carrier mobility:1||Photovoltaic Devices:1||SPECTRAL RESPONSE:1||Nonhydrolytic:1||Solgel process:1||LIFETIME:1||ENCAPSULATION:1||solvent boiling point:1||NANOWIRE ARRAYS:1||Anthracene derivatives:1||hysteresisfree:1||photovoltaic cells:1||Bulk heterojunction:1||Electron donor:1||SELFASSEMBLED MONOLAYER:1||piconjugated copolymer:1||photosensitive polyimide:1||mechanical properties:1||ORGANICINORGANIC NANOCOMPOSITES:1||polyamideimide (PAI):1||epoxy underfill:1||silane coupling agent:1||high density polyethylene:1||PHOTOELECTRONSPECTROSCOPY:1||solution properties:1||Thermal annealing:1||Layerbylayer:1||Organic thinfilm transistor:1||Chargecarrier mobility:1||Polyselenophene:1||POLY(ACRYLIC ACID):1||Solutionprocessed:1||ELECTROLUMINESCENCE:1||Pentacene FETs:1||BULK HETEROJUNCTION:1||interfacial morphology:1||fieldeffect mobility:1||MOLECULARWEIGHT:1||CORONA DISCHARGE:1||leadonchip (LOC) packaging:1||Xray photoelectron spectroscopy (XPS):1||timeofflight secondary ion mass spectroscopy (TOFSIMS):1||ALTERNATING AROMATIC COPOLYIMIDES:1||interfacial adhesion:1||INJECTION MOLDINGS:1||SYSTEMS:1||THERMOPLASTICS:1||DISCHARGE:1||interfacial tension:1||MISCIBLE BLENDS:1||NEXAFS:1||notch sensitivity:1||ALKANES:1||highdensity polyethylene:1||PROGRESS:1||electrical stability:1||CdS:1||poly(ethylene terephthalatecoisophthalate):1||water vapor permeability:1||IMPROVEMENT:1||finite element analysis:1||DpiAtype copolymer:1||alkoxy anthracene:1||Al2O3:1||graphene:1||ntype organic semiconductors:1||low voltage:1||PEN:1||Fused acene:1||POLYMER PHOTODETECTORS:1||PLASMA TREATMENT:1||Organic fieldeffect transistor:1||PHASESEPARATION:1||AMBIPOLAR:1||EXTENDED LIFETIME:1||INTERLAYER:1||Ptype charge carrier mobility:1||Luminance Efficiency:1||Ternary Cascade Energy Structure:1||CONJUGATED POLYMER:1||PHOTODIODES:1||Solution processed passivation:1||Fluorinated oligosiloxane:1||CAPACITANCE:1||OLIGOFLUORENETHIOPHENE DERIVATIVES:1||STERIC STABILIZER:1||MAGADIITE:1||Freon:1||humidity:1||alloy 42 lead frame:1||trifluoromethyl pendent group:1||holeinjection barrier:1||1hexadecanethiol:1||benzodithiophene:1||polar groups:1||PLASMA:1||INSULATOR:1||MOBILITIES:1||PCBM:1||organic fieldeffect transistor:1||WALLED CARBON NANOTUBES:1||TRANSPARENT:1||Low work function:1||BUILDINGBLOCKS:1||Conjugated molecule:1||Low voltage:1||Organic thin film transistor:1||amorphous semiconductor:1||ALKYL:1||conducting AFM:1||surface roughness:1||nanocomposite electrode:1||Organic transistor:1||Inkjetprinting:1||Photocrosslinkable polymer:1||MWNT/PEDOT: PSS:1||LDPE:1||functional group inhomogeneity:1||rodlike polyimide:1||molecular inplane orientation:1||molecular ordering:1||amine treatment:1||poly(ethylenecoacrylic acid):1||compatibilization mechanism:1||MOLECULAR DESIGN:1||ANHYDRIDE:1||bisphenolA dicyanate:1||POLYAMIDE6:1||hybrid:1||stress relaxation:1||dynamic contact angle:1||MELT:1||SILANE:1||chargecarrier injections:1||

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